Question

In: Statistics and Probability

When should we use other than classical interpretations of probability?

When should we use other than classical interpretations of probability?

Solutions

Expert Solution

CLASSICAL INTERPRETATIONS OF PROBABILITY::-

Since likelihood analytics has been axiomatized, Kolmogorov's axiomatization being the standard one, and the one we quickly considered in this course, one may basically say that likelihood is whatever fulfills the sayings of likelihood, much similarly in which, say, Euclidean things are whatever fulfills Hilbert's axiomatization of geometry. Numerous amounts, for example, standardized length, fulfill the maxims of likelihood. Be that as it may, such amounts don't give an elucidation of likelihood in the feeling of an examination of the idea of likelihood, which, apparently, is the thing that one has as a main priority when one asks what likelihood is. Consequently, accepting that the inquiry isn't not well presented, one may want to participate in some scientific/philosophical contemplations.

main interpretations of probability are best divided into into two groups:

  1. Epistemological interpretations, according to which probability is primarily related to human knowledge or belief.
  2. Objective interpretations, according to which probability is about a feature of reality independent of human knowledge or belief.

The Classical interpretation (Bernoulli, Laplace)::-

  1. Determinism obtains in the natural world.  Hence, probability is epistemic.
  2. To determine the probability of, say, getting a 2 when tossing a fair die, we constructed the ratio between favorable cases and possible cases.  Probability is such ratio.
  3. Ratios between favorable and possible cases can be easily shown to obey the axioms of probability calculus.

The probability of a single event (e.g., the murder of Caesar) cannot be determined by constructing a ratio, as there seem to be no relevant equiprobable cases


Related Solutions

Which are the similarities of Classical and Bayesian approaches of Inference? And when we use this...
Which are the similarities of Classical and Bayesian approaches of Inference? And when we use this for a data in what will be differ and why?
Which interpretations of probability take probability to be epistemic (subjective) and which take it to be...
Which interpretations of probability take probability to be epistemic (subjective) and which take it to be ontological (objective).
Please use an example to explain when we should use the test. The example should specify...
Please use an example to explain when we should use the test. The example should specify how will you manipulate your IVs and measure your DV, and how the participants will be tested (e.g., same group of participants or different groups) (8 points): 1) Independent sample t test 2) Paired-sample t test 3) One-way ANOVA 4) 2*2 factorial ANOVA
why do we use complete induction and why do we use structual induction? When should we...
why do we use complete induction and why do we use structual induction? When should we use complete or structual?
Could we use managerial accounting tools to assess the profitability of an organization other than a...
Could we use managerial accounting tools to assess the profitability of an organization other than a manufacturing business, or are the topics that we are learning only related to manufacturing? If we could use these concepts in service and merchandising businesses, how would we go about doing so?
When do we use in probability: -the area to the right of Z (when to use right Z-table) -the area to the left (when to use left Z-table)
When do we use in probability: -the area to the right of Z (when to use right Z-table) -the area to the left (when to use left Z-table) -and when do you subtract 1 from the area to the left instead of using the right table ?  
Why we can't use classical physics in all things ?
Why we can't use classical physics in all things ?
What does the "CE" in T-accounts mean? When should we use it?
What does the "CE" in T-accounts mean? When should we use it?
When should we use a non-parametric test (or a distribution-free test)?
When should we use a non-parametric test (or a distribution-free test)?
Based on probability we know that after one roll, 5/6 of the dice should remain. Use...
Based on probability we know that after one roll, 5/6 of the dice should remain. Use this knowledge to determine the theoretical values for the decay constant, mean life, & half-life. How do I find the decay constant, mean life, and the half life just given this information??
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT